Cleveland Clinic, IBM, and the UK’s Science and Technology Facilities Council’s Hartree Center have come together to use advanced computing technologies to advance biomedical science and healthcare. The collaboration involves multidisciplinary teams of scientists, clinical researchers, and clinicians from various sectors, with the goal of improving healthcare and accelerating new treatments globally. Key players, such as Dr. Lara Jehi of the Cleveland Clinic, emphasize the importance of leveraging high performance and quantum computing to achieve these objectives.
The partnership will focus on advancing research on edge computing in healthcare and life sciences, exploring areas like quantum computing and artificial intelligence. Two clinical research projects have been initiated, led by Dr. Jehi and Dr. Charles Knowles, focusing on using AI to quantify the impact of care on patients and applying quantum computing to analyze data sets for personalized treatment plans in epilepsy patients.
The projects will be supported by the Hartree National Center for Digital Innovation and the Cleveland Clinic London BioResource, which collects enhanced longitudinal data for research purposes. The aim is to improve patient outcomes by analyzing various clinical and imaging data. Cleveland Clinic London’s unique BioResource, which has been approved by the UK’s National Research Ethics Service, offers rich data for analysis.
The collaboration highlights the importance of using cutting-edge technologies in biomedical research, such as IBM’s Quantum System One deployed at Cleveland Clinic last year. Dr. Jehi’s project on harnessing quantum technology for discovering biomarkers in epilepsy surgery outcomes showcases how quantum computing can drive precision medicine forward. This strategic partnership is part of Cleveland Clinic’s Discovery Accelerator program, combining healthcare expertise with next-generation technologies to accelerate research.
Overall, this collaboration between Cleveland Clinic, IBM, and the Hartree Center marks an important step towards harnessing advanced computing technologies for the advancement of healthcare and biomedical science. Through research projects focused on AI and quantum computing, the aim is to improve patient outcomes and enable personalized treatment plans in challenging medical conditions such as epilepsy.
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